This seems like a question from an electrical course, and is probably best answered by your course materials. It's your test question, not ours, and there won't always be someone to ask for the answer. Earn your diploma.
A cycle is one complete revolution of the sine wave. Hertz is the frequency of the alternating current, how many complete cycles per second. 60 Hertz would have 60 cycles each second.
It refers to the number of cycles (frequency) of the a/c source per second; 1Hz=1 complete cycle per second.
Because inductance is only related to alternating current. Direct current doesn't induce eletrical current on a secondary coil placed on a primary coil, because there is no frequency generated by direct current, and all you get is a single electrical current flowing through the wire without interfering with a coil placed near to the primary coil. What makes all the difference is the cycles per second that only alternating current can generate.
Frequency is, in general, measured on an oscilloscope by looking at the display and making a small calculation. By determining the number of "units" a cycle of an observed wave takes up on the screen and incorporating the sweep rate as set by the operator, you can find the frequency. To do this, look at the signal. Increase the vertical sensitivity to make the wave "take up most of the screen" without chopping any of its amplitude off. Center the signal vertically in the display. Then adjust the sweep rate to get more than one but less than two complete cycles of the wave on the display. Now count the number of "units" on the graticule from the "start" to the "end" of one complete cycle. Lastly, take the horizontal sweep rate from the dial and apply that to the number of units you counted on the graticule. The sweep rate will be in time per graticule unit. Multiply this by the number of units that you counted for a cycle. You'll calculate the total time per cycle from this information. What you will actually get is the period of the wave. It will be the time it takes for one complete cycle of the wave. The period of the wave is the time per cycle of the wave. With the period, you can simply invert it to find the frequency in cycles per second (Hertz). Seconds per cycle inverted is cycles per second.
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A cycle is one complete revolution of the sine wave. Hertz is the frequency of the alternating current, how many complete cycles per second. 60 Hertz would have 60 cycles each second.
Electrical Hz is a measurement of frequency in cycles per second, denoting the number of complete cycles of alternating current in one second. It determines the rate at which the electric current changes direction in an electrical system.
The frequency does not have to be a whole number. 3 cycles in two seconds is equivalent to 1.5 cycles per second so the frequency is 1.5 Hertz. That is not a whole number!
The frequency of an alternating current is the number of complete cycles it goes through in one second, measured in hertz (Hz). It determines the rate at which the current changes direction and is a key parameter in electrical systems design, particularly for devices that rely on precise timing or frequency-sensitive components.
The number of complete waves or cycles of a wave is determined by the number of times the wave reaches its peak and trough within a given period of time. It is typically measured in terms of frequency, which represents the number of cycles per second (Hertz).
1 Hz is the number of complete cycles of a wave in one second. If after 1 second there is 5 complete cycles of the wave, that means the frequency is 5 Hz.
That is twice the frequency. Frequency is equal to the number of complete cycles which pass a point per second.
Frequency in Hertz is a count of cycles per second. So at 60Hz, there are 60 cycles per second. This means there are (60 cycles per second x 60 seconds) = 3600 cycles per minute.
Frequency is the number of complete cycles passing a point each second. It is typically measured in hertz (Hz), where one hertz is equivalent to one cycle per second.
The amount of complete cycles per second is called the frequency of a waveform. This is measured in hertz (Hz), with one hertz indicating one complete cycle per second.
The number of waves produced in one second is called frequency. It is measured in Hertz (Hz) and represents the number of complete wave cycles that occur in one second.
The frequency of a wave in one second is measured in hertz (Hz). It indicates the number of complete cycles or wavelengths that occur in one second. For example, a wave with a frequency of 5 Hz completes 5 cycles in one second.